JABIL CIRCUIT, INC

Job Title: Principal Electrical Controls Engineer Job Family: Electrical Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? We are seeking a highly experienced and innovative Principal Controls Engineer to lead the development, optimization and implementation of advanced control systems across critical infrastructure products and automation platforms. This role is critical to ensuring the performance, reliability, and scalability of critical systems, with a strong emphasis on data center infrastructure, power/energy management, and industrial automation. This role will involve designing and developing wiring harness systems, including schematic creation, harness architecture, panel layout, developing specifications, selecting key components, and transitioning design to manufacturing. Furthermore, the position includes leading test process implementation and ensuring equipment alignment to maintain the highest standards of operational excellence and reliability. What will you do? Define and own the control system architecture across multiple platforms, including PLCs, BMS, EPMS, and ATS systems, ensuring scalability, reliability, and maintainability. Develop detailed control system specifications, functional design documents, and interface definitions for all subsystems. Proficiency in PLC/SCADA programming, HMI development, and system integration with IT networks and facility equipment. Ability to read and create BOMs. visual aids, electrical schematics, control diagrams, and sequence of operations. Define control logic, sensor integration, and communication protocols (e.g., Modbus, BACnet, SNMP) for intelligent power and cooling management. Validate control systems through simulation, testing, and commissioning to ensure reliability, safety, and responsiveness. Experience with critical infrastructure systems: UPS, generators, switchgear, chillers, CRAC/CRAH units, fire suppression systems. Lead Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) for new projects and revisions. Drive the development of system-level simulations and digital twins to validate control strategies before deployment Architect integration strategies for control systems with enterprise platforms such as SCADA, CMMS, and cloud-based monitoring tools Establish design patterns and best practices for modular and reusable control logic across projects Lead root cause analysis and resolution of complex control system issues during commissioning and operations Evaluate emerging technologies and automation trends to continuously improve system performance and efficiency Develop and maintain documentation for system architecture, control logic, and operational procedures Collaborate with electrical, mechanical, software, and facilities engineering teams to ensure seamless integration of control systems with physical infrastructure Work closely with cross functional teams to align control system designs with business requirements, timelines, and operational constraints Facilitate design reviews, technical workshops, and cross-functional planning sessions to ensure alignment and transparency across engineering disciplines Support commissioning and field teams during deployment, troubleshooting, and optimization of control systems How will you get here? Education: Bachelor's Degree in Electrical Engineering or a relevant engineering discipline. Experience: 8+ years pf experience in control system design and implementation Deep expertise in the following: PLC programming (Allen-Bradley, Siemens, Schneider Electric) Building Management Systems (BMS) integration and optimization Electrical Power Monitoring Systems (EPMS/EDPM) for real-time energy analytics Automatic Transfer Switches (ATS) control and failover logic Strong proficiency in control theory, system modeling, and simulation tools (MATLAB/Simulink) Experience with industrial protocols (Modbus, BACnet, OPC UA, Ethernet/IP) Familiarity with NFPA, IEC, and ISO standards related to control systems and safety. Knowledge, Skills, Abilities: Excellent interpersonal and communication skills Creative, self-motivated, accountable, and team-oriented Able to work independently with minimal oversight as part of a global team Proficient in reading, analyzing, and interpreting general business publications, professional journals, technical procedures, and government regulations Skilled in writing reports, business correspondence, and procedural guides Effective at presenting information and responding to management, clients, and public queries Capable of influencing others and sharing best practices while mentoring less experienced engineers Capable of assessing projects, articulating risks, and developing project milestones Familiar with stage-gate processes in project lifecycle management (PLCM) Excellent problem-solving skills and attention to detail Experience in EPlan, WindChill, SolidWorks, and DevOps are a plus Experience with hyperscale or colocation data center environments Familiarity with low and medium-voltage systems Preferred Qualifications: Master's Degree in Electrical Engineering or a relevant engineering discipline Active Professional Engineer (PE) license Experience in mission-critical environments such as data centers, manufacturing, or energy systems. Experience with digital twin modeling and predictive maintenance strategies.

Position Summary: We are seeking a skilled and safety-conscious Copper Brazing Technician to join our manufacturing team. This role is responsible for performing precision brazing of copper components, interpreting blueprints, operating torches (Oxygen/Acetylene), and ensuring high-quality standards in product assembly. The technician will follow controlled brazing procedures/work instructions, maintain required documentation/traceability, and support leak/pressure testing and rework verification as part of production builds. Key Responsibilities: Join copper components by heating them and applying filler metal to create strong, leak-proof bonds. Interpret blueprints and written instructions to ensure accurate assembly and placement of copper parts. Operate single- and dual-tip torches safely and effectively, maintaining precise heat control throughout the brazing process. Clean, prepare, and assemble copper pipes and fittings prior to brazing. Follow strict safety procedures, including proper handling of compressed gases and maintaining a safe, organized workspace. Operate and monitor brazing furnaces and other related equipment as needed to support production. Assist with basic equipment maintenance and promote good housekeeping practices in your work area. Apply fluxing techniques to chemically remove oxides, provide a protective barrier against atmospheric gases, and facilitate the flow and wetting of filler metals. Monitor joint temperature visually during brazing. Utilize induction heating as an alternative method when appropriate. Follow documented brazing procedures/work instructions, complete travelers, and record in-process/finish inspection results. Maintain cleanliness of tubing/lines (cap/plug open lines as required) and prevent contamination/foreign material during assembly. Set up and perform dry nitrogen purge during brazing when required to minimize internal oxidation/scale and maintain internal cleanliness. Select and use appropriate filler metals, fluxes, and joint configurations based on drawings/specifications and approved processes. Support pressure/leak testing per specification; troubleshoot leaks/defects, perform approved rework, and verify repair effectiveness. Troubleshoot brazing defects (e.g., porosity, lack of fill, overheating, pinholes) and support root-cause/corrective action with Quality/Engineering. Use approved temperature indicators and measurement tools (e.g., temperature crayons/IR thermometer/fixtures) when required to ensure repeatable joints. Comply with site hot-work controls (e.g., hot-work permits, ventilation, and fire-watch requirements) as applicable. Essential Skills & Knowledge: Brazing Techniques: Solid understanding of copper brazing processes and applications (3 years minimum). Torch Handling: Proficiency in using oxy-fuel and other torches with precision (3 years minimum). Blueprint Reading: Ability to interpret technical drawings and specifications. Metallurgy: Knowledge of metal properties to ensure proper bonding and joint integrity. Fluxing Knowledge: Understanding of flux behavior and its role in joint preparation and filler metal flow. Induction Heating: Familiarity with induction brazing equipment and its safe operation. Safety Awareness: Strong commitment to safety procedures and proper use of equipment. Attention to Detail: Meticulous work habits to ensure high-quality, leak-proof joints. Manual Dexterity: Fine motor skills for handling small parts and performing intricate tasks. Qualification/Certification: Must be able to qualify and maintain brazer qualification to ISO 13585:2012 (or equivalent) per company procedure, as required for the product/process. Process Discipline & Documentation: Ability to follow controlled procedures/work instructions and accurately complete travelers, inspection records, and traceability requirements. Cleanliness & Purge Practices: Understanding of internal cleanliness requirements and nitrogen purging practices for copper piping assemblies when specified. Leak Test & Rework Skills: Experience supporting pressure/leak testing, diagnosing failures, and executing approved repair/rework processes. Filler Metal/Flux Selection: Working knowledge of common copper brazing filler metals/fluxes and the impact of joint fit-up, heat input, and position on joint quality. Positional/Tight-Access Brazing: Ability to braze in multiple positions and within constrained assemblies while maintaining joint quality. Preferred Certifications: AWS B2.2 (or equivalent) for brazing qualification. ISO 13585:2012 (or equivalent) brazing qualification. EPA Section 608 (preferred if the role interfaces with refrigerant circuits; or ability to obtain as required). Preferred Experience: Experience in HVAC/R, industrial refrigeration, heat exchanger, or chiller manufacturing environments. Experience working in a regulated production environment requiring documentation, traceability, and defined acceptance criteria.

Job Title: Lead Electrical CAD Designer Job Family: General Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? The Lead Electrical CAD Designer will be responsible for creating detailed model designs, modifying existing designs, and working collaboratively with engineers and other team members to meet product specifications. The ideal candidate has in-depth knowledge of various electrical design tools, is detail-oriented, and can effectively communicate design ideas. A strong understanding of Electrical design principles, manufacturing processes, power distribution, automation control (PLC), and electronic device parts are critical. This role will involve selecting key components, developing detailed drawings for control panels, power distribution systems, electrical wiring, and transitioning design to manufacturing. What will you do? Creating 2D and 3D models of electrical systems, particularly for complex projects or when visualization is needed Participating in design reviews to ensure accuracy and compliance with requirements Advanced proficiency in various CAD software, such as AutoCAD Electrical, Revit, Windchill, Autodesk Inventor-EMX, Autodesk Fusion, to design, draft, and model complex electrical for power system and automation control Strong understanding of electrical symbols, power systems and automation control with the concepts to accurately create designs that meet technical specifications and standards Work closely with engineers and other designers to meet product specifications and performance requirements Modify and revise designs to correct operating deficiencies or to reduce production problems Prepare and revise engineering drawings, schematics, BOMs, and layouts as required. Check and validate designs to ensure they meet required quality and safety standards Excellent attention to detail for ensuring the accuracy of measurements, dimensions, and design specifications Strong analytical skills for interpreting complex technical drawings, single line diagram, wiring diagram, schematic, power plan, automation control, ladder diagram, and electrical device specifications Designing and creating schematic PLC input/output connections. Knowledge of manufacturing processes and materials for creating feasible and cost-effective designs. Evaluate/optimize manufacturing assembly processes by designing, modifying, and testing manufacturing methods and equipment, conferring with equipment vendors, and soliciting observations from production team Adopt at creating detailed electrical design of components, sub-assemblies, and system integration Capable of creating a Bill of Materials (BOM) for release to manufacturing Manage relationships with power systems, electronics, control component vendors, and contract manufacturers Keep updated with the latest technologies and methods to ensure competitive and cost-effective designs Discuss with management and production staff to assess engineering feasibility and cost-effectiveness May perform other duties and responsibilities as assigned How will you get here? Education: Bachelor's degree in Electrical Engineering, Industrial Design or relevant field is required Experience: 6-8 years of experience in electrical design within the power distribution or data center industry. Proven experience as a CAD designer, preferably in an electrical engineering environment. Proficiency in CAD software (AutoCAD Electrical, Revit). Strong understanding of electrical systems, integration strategy, and system coordination Excellent problem-solving skills and attention to detail Effective communication skills to liaise with engineers, manufacturers, and clients, explaining designs and modifications clearly and efficiently Knowledge, Skills, Abilities: Strong knowledge of electrical design, manufacturing processes, and material properties. Power Systems, PLC, VFD, motor control, electronic automation control device, sensors, AC/DC, single phase and three phase power systems. Electrical Standards, Codes, and regulations: IEEE, UL, ANSI/NEMA, NFPA 70E, NEC, IEC, CSA. Excellent interpersonal and communication skills. Creative, self-motivated, accountable, and team-oriented. Able to work independently with minimal oversight. Effective at presenting information and responding to management, clients, and public queries. Capable of influencing others and sharing best practices. Comfortable working as part of a global team. Capable of assessing projects, articulating risks, and developing project milestones. Familiar with stage-gate processes in project lifecycle management (PLCM).

Job Title: Lead Electrical CAD Designer Job Family: General Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? The Lead Electrical CAD Designer will be responsible for creating detailed model designs, modifying existing designs, and working collaboratively with engineers and other team members to meet product specifications. The ideal candidate has in-depth knowledge of various electrical design tools, is detail-oriented, and can effectively communicate design ideas. A strong understanding of Electrical design principles, manufacturing processes, power distribution, automation control (PLC), and electronic device parts are critical. This role will involve selecting key components, developing detailed drawings for control panels, power distribution systems, electrical wiring, and transitioning design to manufacturing. What will you do? Creating 2D and 3D models of electrical systems, particularly for complex projects or when visualization is needed Participating in design reviews to ensure accuracy and compliance with requirements Advanced proficiency in various CAD software, such as AutoCAD Electrical, Revit, Windchill, Autodesk Inventor-EMX, Autodesk Fusion, to design, draft, and model complex electrical for power system and automation control Strong understanding of electrical symbols, power systems and automation control with the concepts to accurately create designs that meet technical specifications and standards Work closely with engineers and other designers to meet product specifications and performance requirements Modify and revise designs to correct operating deficiencies or to reduce production problems Prepare and revise engineering drawings, schematics, BOMs, and layouts as required. Check and validate designs to ensure they meet required quality and safety standards Excellent attention to detail for ensuring the accuracy of measurements, dimensions, and design specifications Strong analytical skills for interpreting complex technical drawings, single line diagram, wiring diagram, schematic, power plan, automation control, ladder diagram, and electrical device specifications Designing and creating schematic PLC input/output connections. Knowledge of manufacturing processes and materials for creating feasible and cost-effective designs. Evaluate/optimize manufacturing assembly processes by designing, modifying, and testing manufacturing methods and equipment, conferring with equipment vendors, and soliciting observations from production team Adopt at creating detailed electrical design of components, sub-assemblies, and system integration Capable of creating a Bill of Materials (BOM) for release to manufacturing Manage relationships with power systems, electronics, control component vendors, and contract manufacturers Keep updated with the latest technologies and methods to ensure competitive and cost-effective designs Discuss with management and production staff to assess engineering feasibility and cost-effectiveness May perform other duties and responsibilities as assigned How will you get here? Education: Bachelor's degree in Electrical Engineering, Industrial Design or relevant field is required Experience: 6-8 years of experience in electrical design within the power distribution or data center industry. Proven experience as a CAD designer, preferably in an electrical engineering environment. Proficiency in CAD software (AutoCAD Electrical, Revit). Strong understanding of electrical systems, integration strategy, and system coordination Excellent problem-solving skills and attention to detail Effective communication skills to liaise with engineers, manufacturers, and clients, explaining designs and modifications clearly and efficiently Knowledge, Skills, Abilities: Strong knowledge of electrical design, manufacturing processes, and material properties. Power Systems, PLC, VFD, motor control, electronic automation control device, sensors, AC/DC, single phase and three phase power systems. Electrical Standards, Codes, and regulations: IEEE, UL, ANSI/NEMA, NFPA 70E, NEC, IEC, CSA. Excellent interpersonal and communication skills. Creative, self-motivated, accountable, and team-oriented. Able to work independently with minimal oversight. Effective at presenting information and responding to management, clients, and public queries. Capable of influencing others and sharing best practices. Comfortable working as part of a global team. Capable of assessing projects, articulating risks, and developing project milestones. Familiar with stage-gate processes in project lifecycle management (PLCM).

How will you make an impact? Familiar with technologies specific to area of competence. Can convey technical solutions for areas of competence both to other engineers and to business personnel. Work with engineering team to develop final product solution for chosen architecture within time and cost constraints. What will you do? Assist Senior or Lead Design Engineer in the Development and utilization of processes for Electrical Hardware requirement analysis and documentation, Design documentation and requirements management. Assist Senior or Lead Design Engineer in providing Document Control with a complete design package consisting of requirements and design documentation, schematics, BOM's, vendor lists, and conceptual packaging and assembly drawings prior to production launch. Participate in elements of design engineering including design reviews and design verification. Follow engineering department design flow processes and procedures. Provide input to identification and mitigation of technical project risks, technical and integration dependencies affecting overall project plans and schedules. Support production discrepancies by incorporating fixes into subsequent revisions in a timely manner. Assigned to projects of diverse scope, where analysis of situations or data requires an evaluation of identifiable factors. Comply and follow all procedures within the company security and safety policies May perform other duties and responsibilities as assigned. How will you get here? Education: Bachelor's degree in electrical engineering or related degree or an equivalent combination of educa Experience: 2-5 years of electrical engineering in manufacturing. Ability to read, interpret, and execute schematics Must be able to lead techs and manufacturing personal Strong communication and training skills Must have experience electrical concepts such as wiring layouts, electrical design AutoCAD or SolidWorks Knowledge, Skills, Abilities: Solid understanding or experience of electronics and circuit design. Solid understanding or experience of microprocessors and general digital design. Ability to learn high speed circuit board design, design for manufacturability, and performing timing analysis for logic design. Familiar or experience with FPGA and CPLDs using VHDL. Familiar or experience in schematic entry ECAD tools. Ability to work with mathematical concepts such as probability and statistical inference, and fundamentals of plane and solid geometry and trigonometry. Ability to apply concepts such as fractions, percentages, ratios, and proportions to practical situations. Ability to effectively present information and respond to questions from groups of managers, clients, customers, and the general public. Ability to define problems, collect data, establish facts, and draw valid conclusions. Ability to operate a personal computer including using a Windows based operating system and related software. Advanced PC skills, including training and knowledge of Jabil's software packages. Ability to write simple correspondence. Read and understand visual aid. Ability to apply common sense understanding to carry out simple one- or two-step instructions. Ability to deal with standardized situations with only occasional or no variables. Ability to read and comprehend simple instructions, short correspondence, and memos. Ability to add, subtract, multiply, and divide in all units of measure, using whole numbers, common fractions, and decimals. Ability to compute rate, ratio, and percent and to draw and interpret graphs What can Jabil offer you? Along with growth, stability, and the opportunity to be challenged, Jabil offers a competitive benefits package that includes: Medical, Dental, Prescription Drug, and Vision Insurance with HRA and HSA options 401K Match Employee Stock Purchase Plan Paid Time Off Tuition Reimbursement Life, AD&D, and Disability Insurance Commuter Benefits Employee Assistance Program Pet Insurance Adoption Assistance Annual Merit Increases Community Volunteer Opportunities Apply Today!

As a Mechanical Design Engineer, you will be designing, building, and testing prototypes for many types of liquid cooling systems. Mikros Technologies liquid cooling systems are deployed servers in large AI data centers and help to increase the energy efficiency of these sites. We also make active liquid cooling systems that are utilized in semiconductor test equipment for providing fast thermal control to maintain a constant temperature under a varying heat load. This is an onsite role in Claremont, NH. Relocation assistance available. Competitive salary with bonus opportunities. What will you do? Ability to provide design and engineering drawing services as required to support our manufacturing processes and integration of our products into the end user's equipment. Design and analysis of cooling systems such as cold plates, manifolds, and fluidic couplings. Analyze customer design proposals, specifications, manuals, and other data to evaluate the feasibility and cost of designs or applications. Research, design, validate, and analyze machined parts and other components of structural and mechanical systems and processes to meet requirements, applying knowledge of engineering principles. Compute and estimate loadings on structural members. Provide technical input to identify and mitigate project risks that may impact project plans and schedules CAD model development, and design data package development completing finite element analysis techniques for stress and structural dynamics using ProE CREO, SolidWorks or other CAD software Review CAD/Technical Data Packages to determine and validate mechanical design requirements for components and their functions within a system environment Evaluate/optimize manufacturing assembly processes by designing, modifying, and testing manufacturing methods and equipment, conferring with equipment vendors, and soliciting observations from the production team Adept at creating detailed mechanical design of components, sub-assemblies, and system integration Capable of creating a Bill of Materials (BOM) for release to manufacturing Conduct root cause investigation to troubleshoot complex mechanical design and material issues that arise through testing and engineering development Draft and contribute to test plans and specifications Perform tests, debug, and validation of mechanical systems and support manufacturing processes Manage relationships with mechanical component vendors and contract manufacturers Keep updated with the latest technologies and methods to ensure competitive and cost-effective designs Work with your manager to propose potential R&D project ideas to enhance competency areas Discuss with management and production staff to assess engineering feasibility and cost-effectiveness May perform other duties and responsibilities as assigned How will you get here? Education: Bachelor's degree in Mechanical Engineering, Systems Engineering, or a related field. A Master's degree in engineering or higher is preferred Experience: 5 years of design engineering experience or an equivalent combination of experience and education Thermal design and analysis Design for manufacturing and GD&T experience Mechanical (statics) and fluid analysis Computational fluid dynamics (CFD) experience Ability to design, build, and test prototypes. Test experience should 3D CAD experience (e.g. SolidWorks) Excellent problem-solving skills and attention to detail Strong communication and teamwork abilities Alternatively, a suitable combination of education, experience, and/or training may be considered Knowledge, Skills, Abilities: Excellent interpersonal and communication skills Creative, self-motivated, accountable, and team-oriented Able to work independently with minimal oversight Skilled in writing reports, business correspondence, and procedural guides Effective at presenting information and responding to management, clients, and public queries Capable of influencing others and sharing best practices Comfortable working as part of a global team Capable of assessing projects, articulating risks, and developing project milestones Able to mentor less experienced engineers Able to work from first principles in engineering analysis. What can Jabil offer you? Along with growth, stability, and the opportunity to be challenged, Jabil offers a competitive benefits package that includes: Medical, Dental, Prescription Drug, and Vision Insurance with HRA and HSA options 401K Match Employee Stock Purchase Plan Paid Time Off Tuition Reimbursement Life, AD&D, and Disability Insurance Commuter Benefits Employee Assistance Program Pet Insurance Adoption Assistance Annual Merit Increases Community Volunteer Opportunities Apply Today!

How Will You Make an Impact? As a Quality Engineer at our Auburn Hills, MI facility, you will ensure the highest quality standards are upheld throughout the full product lifecycle-from initial design through manufacturing and final delivery. You will develop and maintain quality systems, drive continuous improvement initiatives, resolve product and process issues, and maintain compliance with industry regulations and customer requirements. Your work will directly influence product reliability, customer satisfaction, and operational excellence across the site. Location: On-site at our Auburn Hills, MI facility, with occasional travel to suppliers or other Jabil sites as required. What Will You Do? Design, develop, and implement quality control plans, inspection procedures, and testing methods for new and existing products. Lead root cause investigations and drive effective corrective and preventive actions (CAPA). Partner with suppliers to establish and maintain quality standards, conduct supplier audits, and monitor supplier performance. Utilize statistical process control (SPC) tools to monitor processes, identify trends, and recommend improvements to reduce defects. Ensure compliance with ISO 9001, AS9100, IATF 16949, customer requirements, and internal quality management systems. Maintain accurate and comprehensive quality documentation. Drive and support continuous improvement efforts using Lean, Six Sigma, Kaizen, 8D, and other methodologies. Act as a primary interface for customer quality inquiries; resolve customer complaints and communicate quality performance updates. Provide quality training, guidance, and mentorship to manufacturing teams and cross functional groups. Compile and analyze quality data; generate reports and present findings to leadership for decision making. Perform other duties as assigned. How Will You Get Here? Education Bachelor's degree in Engineering (Mechanical, Electrical, Industrial, Manufacturing, or related field) required. Experience 3-5 years of experience in a Quality Engineering role within manufacturing. Experience in electronics, medical devices, automotive, or aerospace preferred. Equivalent combinations of education and experience may be considered. Knowledge, Skills & Abilities Strong understanding of quality management systems such as ISO 9001, AS9100, and IATF 16949. Proficiency with SPC, Minitab, FMEA, control plans, and PPAP processes. Demonstrated experience using 8D, 5 Whys, and Fishbone methodologies for problem-solving. Excellent written and verbal communication skills across all organizational levels. Strong analytical skills, attention to detail, and ability to manage multiple priorities. Proficient in Microsoft Office Suite; experience with ERP systems is a plus. Preferred Qualifications ASQ certifications such as CQE, CSSBB, or CMQ/OE. Experience with supplier quality management, supplier audits, and quality improvement initiatives. Lean or Six Sigma experience.

Job Title: Principal Electrical Design Engineer Job Family: Electrical Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? We are seeking a highly experienced and innovative Principal Controls Engineer to lead the development, optimization and implementation of advanced control systems across critical infrastructure products and automation platforms. This role is critical to ensuring the performance, reliability, and scalability of critical systems, with a strong emphasis on data center infrastructure, power/energy management, and industrial automation. This role will involve designing and developing wiring harness systems, including schematic creation, harness architecture, panel layout, developing specifications, selecting key components, and transitioning design to manufacturing. Furthermore, the position includes leading test process implementation and ensuring equipment alignment to maintain the highest standards of operational excellence and reliability. What will you do? Define and own the control system architecture across multiple platforms, including PLCs, BMS, EPMS, and ATS systems, ensuring scalability, reliability, and maintainability. Develop detailed control system specifications, functional design documents, and interface definitions for all subsystems. Proficiency in PLC/SCADA programming, HMI development, and system integration with IT networks and facility equipment. Ability to read and create BOMs. visual aids, electrical schematics, control diagrams, and sequence of operations. Define control logic, sensor integration, and communication protocols (e.g., Modbus, BACnet, SNMP) for intelligent power and cooling management. Validate control systems through simulation, testing, and commissioning to ensure reliability, safety, and responsiveness. Experience with critical infrastructure systems: UPS, generators, switchgear, chillers, CRAC/CRAH units, fire suppression systems. Lead Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) for new projects and revisions. Drive the development of system-level simulations and digital twins to validate control strategies before deployment Architect integration strategies for control systems with enterprise platforms such as SCADA, CMMS, and cloud-based monitoring tools Establish design patterns and best practices for modular and reusable control logic across projects Lead root cause analysis and resolution of complex control system issues during commissioning and operations Evaluate emerging technologies and automation trends to continuously improve system performance and efficiency Develop and maintain documentation for system architecture, control logic, and operational procedures Collaborate with electrical, mechanical, software, and facilities engineering teams to ensure seamless integration of control systems with physical infrastructure Work closely with cross functional teams to align control system designs with business requirements, timelines, and operational constraints Facilitate design reviews, technical workshops, and cross-functional planning sessions to ensure alignment and transparency across engineering disciplines Support commissioning and field teams during deployment, troubleshooting, and optimization of control systems How will you get here? Education: Bachelor's Degree in Electrical Engineering or a relevant engineering discipline. Experience: 8+ years pf experience in control system design and implementation Deep expertise in the following: PLC programming (Allen-Bradley, Siemens, Schneider Electric) Building Management Systems (BMS) integration and optimization Electrical Power Monitoring Systems (EPMS/EDPM) for real-time energy analytics Automatic Transfer Switches (ATS) control and failover logic Strong proficiency in control theory, system modeling, and simulation tools (MATLAB/Simulink) Experience with industrial protocols (Modbus, BACnet, OPC UA, Ethernet/IP) Familiarity with NFPA, IEC, and ISO standards related to control systems and safety. Knowledge, Skills, Abilities: Excellent interpersonal and communication skills Creative, self-motivated, accountable, and team-oriented Able to work independently with minimal oversight as part of a global team Proficient in reading, analyzing, and interpreting general business publications, professional journals, technical procedures, and government regulations Skilled in writing reports, business correspondence, and procedural guides Effective at presenting information and responding to management, clients, and public queries Capable of influencing others and sharing best practices while mentoring less experienced engineers Capable of assessing projects, articulating risks, and developing project milestones Familiar with stage-gate processes in project lifecycle management (PLCM) Excellent problem-solving skills and attention to detail Experience in EPlan, WindChill, SolidWorks, and DevOps are a plus Experience with hyperscale or colocation data center environments Familiarity with low and medium-voltage systems Preferred Qualifications: Master's Degree in Electrical Engineering or a relevant engineering discipline Active Professional Engineer (PE) license Experience in mission-critical environments such as data centers, manufacturing, or energy systems. Experience with digital twin modeling and predictive maintenance strategies.

How will you make an impact? As the Sr Industrial Engineer will be responsible for planning, designing, implementing, and managing; integrated, production and service delivery systems that assure performance, reliability, maintainability, schedule adherence, and cost control within the production site. You will adopt to profitability, effectiveness, adaptability, responsiveness, quality, and the continuous improvement of products and services throughout their life cycles. As the Sr Industrial Engineer, you will also work on complex products/processes/Workcells and propose and drive cross-functional projects within a Work cell. What will you do? Design of optimized human interfaces for SMT and Backend/DF in the following areas: Should be able to be SME or support other IEs in one or more of the IE SME categories like: Work Measurement Systems and Metrics Ergonomics / Workstation and line design Capacity Sizing PFMEA, DFA Fixtures and Tools Simulation Quoting Warehousing May perform other duties and responsibilities as assigned. Understanding and application of broad range of industrial engineering tools (i.e., Work measurement, simulation, process mapping, facilities and workstation design, operations research, etc.) Understanding of Jabil's global strategies and direction Understanding of site's facilities, capabilities and how they tie back to the Jabil strategies and direction. Education: Bachelor's degree in manufacturing engineering, Mechanical Engineering, Industrial Engineering, or a related technical field. Master's degree preferred. Experience: Strong financial and analytical ability. Proven record of successful change management accomplishments, implementing and management continuous improvements and cost reduction programs. Effective communication skills. Proficiency in use of personal computers, Microsoft Office products, Microsoft Visio, Microsoft Project, and AutoCAD skills required. What Can Jabil Offer You? Along with growth, stability, and the opportunity to be challenged, Jabil offers a competitive benefits package that includes: Medical, Dental, Prescription Drug, and Vision Insurance with HRA and HSA options 401K Match Employee Stock Purchase Plan Paid Time Off Tuition Reimbursement Life, AD&D, and Disability Insurance Commuter Benefits Employee Assistance Program Pet Insurance Adoption Assistance Annual Merit Increases Community Volunteer Opportunities

Job Summary The SMT Maintenance Technician is responsible for ensuring the optimal performance and preventative maintenance of Surface Mount Technology (SMT) equipment during second shift hours, minimizing downtime and supporting continuous production. Job Responsibilities Perform preventative maintenance, troubleshooting, and repair of SMT equipment including pick-and-place machines, reflow ovens, screen printers, and automated optical inspection (AOI) systems. Diagnose and resolve complex electro-mechanical, pneumatic, and software issues on SMT production lines. Execute scheduled maintenance tasks according to established procedures and manufacturer specifications. Respond promptly to equipment breakdowns and production line interruptions, providing timely and effective solutions to restore functionality. Utilize schematics, diagrams, and technical manuals to guide repair and maintenance activities. Collaborate with production operators and engineers to identify recurring issues and implement corrective actions. Document all maintenance activities, repairs, and parts used accurately in the maintenance management system. Support equipment setup, calibration, and changeovers for various product builds. Identify opportunities for process improvement and contribute to the development of maintenance best practices. Adhere to all safety protocols and quality standards, including ESD procedures. Job Qualifications Associate's degree in Electronics Technology, Mechatronics, or a related technical field, or equivalent relevant experience. Minimum of 3-5 years of experience in maintenance and repair of SMT manufacturing equipment. Strong understanding of SMT processes, equipment operation, and common failure modes. Proficiency in troubleshooting electrical, mechanical, pneumatic, and control systems. Ability to read and interpret schematics, blueprints, and technical manuals. Experience with various SMT equipment brands (e.g., Fuji, Mydata, ASM, Panasonic) preferred. Familiarity with preventive maintenance programs and computerized maintenance management systems (CMMS). Strong problem-solving skills and attention to detail. Ability to work independently on the night shift and as part of a team. Excellent communication skills, both written and verbal. Ability to lift up to 50 pounds and stand for extended periods. Flexibility to work overtime as needed.

Job Description Do you have expertise in repairing injection molding equipment in a manufacturing setting? Jabil has an exciting opportunity for experienced Maintenance Technicians in Atlanta, GA! Multiple shifts and a sign-on bonus are available! How will you make an impact? In this role, you will be performing complex maintenance and repairs on electrical, mechanical, pneumatic, and/or hydraulic plant equipment including injection molding machinery. Day Shift 7am - 3:30 pm Swing Shifts 3pm -11:30 pm Pay: $30 DOE + Quarterly bonuses based on performance Sign-On Bonus Up to $1,500 Competitive Benefits This position will not offer visa sponsorship or relocation. What will you do? Performs routine preventive maintenance and emergency mechanical, hydraulic, pneumatic, and electrical maintenance on production systems and equipment, using knowledge of electrical-mechanical devices, circuitry, electronics, motors, wiring diagrams, schematics, and blueprints. Troubleshoots, repairs, aligns, calibrates, inspects, and tests a variety of production systems and equipment. Performing hydraulic, pneumatic, high voltage electrical, and mechanical repairs on Injection molding equipment. Set up assembly line equipment within established parameters. Assists in installing new equipment and in moving equipment to new locations. Disassembles machines and parts and adjusts repairs or replaces defective parts and materials. Uses a variety of basic hand and power tools and equipment including hand drill, bench grinder, and band saw. Instruct the Production Team on the proper use of equipment. Maintains appropriate maintenance and repair logs. Cleans and lubricates parts and equipment as scheduled. Learns all aspects of machine maintenance and becomes cross-trained in all areas of molding/assembly equipment. Requisitions parts needed for completion of preventive maintenance responsibilities. Support all company safety and quality programs and initiatives. Other responsibilities may be assigned from time to time as needed, based on the evolution of the company and the requirements of the department/position. How will you get here? Education: High School Diploma/GED. Experience: 5 years of experience in manufacturing equipment maintenance. Maintenance experience repairing plastic injection molding equipment Requires solid experience in repairing mechanical, electrical, hydraulic, and pneumatic systems. Solid knowledge of mechanical equipment and electrical and hydraulic drawings. Mechanical and electrical troubleshooting, diagnosis, and repair. Ability to read and write English and interpret documents such as technical manuals, blueprints, safety rules, operating instructions, and procedure manuals. Knowledge and ability to use relevant hand tools in the repair of equipment. What can Jabil Offer You? Along with growth, stability, and the opportunity to be challenged, Jabil offers a competitive benefits package that includes: Medical, Dental, Prescription Drug, and Vision Insurance with HRA and HSA options 401K match Employee Stock Purchase Plan Paid Time Off Tuition Reimbursement Life, AD&D, and Disability Insurance Commuter Benefits Employee Assistance Program Pet Insurance Adoption Assistance Annual Merit Increases Community Volunteer Opportunities Quarterly bonus opportunities

Job Summary The SMT Engineering Tech will be responsible for supporting the surface mount technology (SMT) production lines, ensuring efficient operation, high-quality output, and continuous improvement through troubleshooting, maintenance, and process optimization. Job Responsibilities Perform set-up, operation, and troubleshooting of SMT equipment including pick-and-place machines, reflow ovens, screen printers, and automated optical inspection (AOI) systems. Monitor SMT production processes to identify and resolve issues related to component placement, solder paste application, and reflow profiles. Conduct preventative maintenance and calibration on SMT machinery to ensure optimal performance and minimize downtime. Assist engineers in the development and implementation of new SMT processes, equipment, and materials. Interpret and analyze SMT process data to identify trends, root causes of defects, and areas for improvement. Provide technical support to production operators, offering guidance on best practices and troubleshooting techniques. Participate in continuous improvement initiatives, including lean manufacturing and Six Sigma methodologies, to enhance SMT line efficiency and product quality. Maintain accurate records of equipment maintenance, process parameters, and production issues. Adhere to all safety protocols and quality standards within the SMT department. Job Qualifications Associate's degree in Electrical Engineering Technology, Electronics, or a related field; or equivalent practical experience. Minimum of 2-4 years of experience working with SMT production lines and equipment. Strong understanding of SMT processes, including solder paste deposition, component placement, reflow soldering, and AOI. Proficiency in operating and troubleshooting various SMT equipment (e.g., Fuji, MyData, Universal, MPM, DEK, Koh Young, Mirtec). Ability to read and interpret technical drawings, schematics, and process specifications. Excellent problem-solving skills and a methodical approach to troubleshooting. Strong communication and interpersonal skills to effectively collaborate with engineers and production teams. Ability to work independently and as part of a team in a fast-paced manufacturing environment. Familiarity with IPC standards (e.g., IPC-A-610) is a plus.

How will you make an impact? This onsite opportunity is a CNC Programmer role, where the individual will be responsible for developing and maintaining CNC machining processes. Location/Division Specific Information: Elmira, NY - Engineering Technician II - CNC Programmer. Jabil Elmira is a manufacturing and assembly facility where employees build, test, inspect, and support the production of various products. It includes engineering, quality, materials, and production operations typical of a Jabil manufacturing site. What will you do? Provides technical support for existing processes, including hands-on troubleshooting and failure analysis for milling machines, lathes, EDMs and other CNC equipment. Performs programing, qualification, implementation and debugging of CNC programming and functional framework for new and updated machining processes. Performs measurement of parts using manual gaging and automated methods. Uses data driven decision making for CNC program corrections and improvements. Participates in creation of machine requirements for modifications and new builds. Participates in machine selection, vendor functional acceptance, site acceptance activities, installation and qualification activities. Participates in cutting tool selection, custom cutting tool design, sourcing and testing. Participates in tool holder selection, fixture selection, fixture design, sourcing and testing. Performs installation, alignment and qualification of machine components including 4th and 5th axis rotary tables, integrated tool setters, touch probes and live tool spindles. Participates in training of Machine Operators on equipment maintenance, tool change, tool setting, tool offsets, data transfers and other routine operational requirements. Provides input on creative ways to reduce costs by streamlining processes and systems. Acts as a role model for Machine Operators in terms of attitude, machine asset care, troubleshooting, adherence to processes and decision making. May perform other duties and responsibilities as assigned. How will you get here? Education and Experience Associate's degree preferred; or minimum of two years related experience and/or training High School Diploma or GED preferred not required or equivalent experience Minimum of 2 years of CNC programming experience. Knowledge, Skills, Abilities Experience with troubleshooting machine mechanical systems required. Experience with technical drawings, geometric dimensioning and tolerancing required. Understanding of calculations related to metal cutting (speeds, feeds, rpm, etc.). Experience with CNC equipment and related programming software is required. General CNC-ISO programming required (G codes/M codes) - Fanuc and/or Siemens desired Working knowledge CAD/CAM software required. Experience with Mastercam and CAD/CAM post processing desire Strong computer skills including Microsoft Office, specifically Word and Excel. Ability to prioritize work-schedules and coordinate multiple tasks. Additional Job Requirements Supports and operates in a proactive, safe, climate-controlled environment Mix of sitting and standing with up to 7 hours per day standing. Requires lifting and maneuvering fixtures, material and other equipment up to 50 pounds. Willing to adjust schedule to support 2nd, 3rd and weekend operations on occasion as needed. Standard working hours apply with potential for overtime as needed. Readiness to work in conditions that may be warm, cool and/or noisy along with exposure to oil, coolants and other manufacturing related chemicals.

Job Summary The SMT Engineering Technician Night Shift will support the manufacturing process by maintaining Surface Mount Technology (SMT) equipment, troubleshooting production issues, and ensuring optimal machine performance during night operations to meet production targets. Job Responsibilities Perform preventative maintenance and calibration on SMT equipment (e.g., screen printers, pick-and-place machines, reflow ovens, AOI) according to established schedules and procedures. Diagnose and repair complex SMT equipment malfunctions, including mechanical, electrical, and software issues, in a timely manner to minimize downtime. Assist engineers in process optimization, equipment setup, and the development of new manufacturing processes and procedures. Monitor SMT line performance, identify potential issues, and implement corrective actions to improve efficiency, quality, and yield. Provide technical support to production operators, offering guidance and training on SMT equipment operation and basic troubleshooting. Document all maintenance activities, repairs, and process changes accurately and thoroughly. Participate in root cause analysis for production defects and implement effective solutions. Adhere to all safety regulations and company policies, maintaining a clean and organized work environment. Collaborate effectively with cross-functional teams, including production, quality, and engineering, to resolve issues and achieve production goals. Flexibility to work night shifts, including weekends and holidays as required. Job Qualifications Associate's degree in Electronics, Mechatronics, or a related technical field, or equivalent practical experience. Minimum of 3-5 years of experience as an SMT Technician or similar role in a high-volume manufacturing environment. Strong understanding of SMT processes, equipment operation, and common defects. Proficiency in troubleshooting and repairing complex SMT machinery, including electrical, mechanical, and pneumatic systems. Ability to read and interpret schematics, technical drawings, and equipment manuals. Experience with various SMT equipment manufacturers (e.g., Fuji, Panasonic, Mycronic, Juki, DEK, MPM, BTU, Koh Young, Mirtec) is highly desirable. Familiarity with IPC standards and quality control principles. Excellent problem-solving skills and attention to detail. Strong communication and interpersonal skills, with the ability to work independently and as part of a team. Proficient in using standard hand tools, diagnostic equipment, and computers. Ability to lift up to 35 lbs and stand for extended periods.

Job Title: Principal Mechanical Integration Engineer Job Family: Mechanical Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? The Principal Mechanical Design Engineer (Data Center Infrastructure) is a technical leader responsible for the architecture, integration, and validation of advanced mechanical systems supporting hyperscale data center environments. This role requires deep expertise in liquid cooling technologies (single-phase and two-phase), hydronic system design, structural integration, and manufacturable rack-level infrastructure solutions. This role is responsible for defining system performance requirements, developing technical specifications, selection and integration of critical components, and leading mechanical design from concept through production release. Responsibilities include wetted material selection, thermal and structural analysis, fastening strategies, component layout, and design for manufacturability. Partners cross-functionally to deliver reliable, scalable, and cost-effective Data Center Infrastructure solutions while advancing innovation in liquid cooling performance. What will you do? Lead the end-to-end mechanical design and engineering of hyperscale Data Center Infrastructure (DCI) systems, including liquid-cooled rack assemblies, CDUs, manifolds, enclosures, structural frames, and associated hydronic piping systems. Serve as the technical authority for single-phase and two-phase liquid cooling architectures, including primary and secondary loop design, in-rack distribution, and system integration within hyperscale data center environments. Define and validate operational performance requirements for liquid-cooled infrastructure, including pressure ratings, hydrostatic limits, temperature ranges, flow rates and uniformity, thermal expansion, durability, and serviceability. Design, analyze, and validate machined components, welded fabrications, manifolds, and structural systems using advanced engineering principles, including stress analysis, finite element analysis (FEA), flow modeling, and structural load calculations to ensure mechanical integrity and code compliance. Lead wetted material selection and compatibility analysis for liquid cooling systems, including corrosion mitigation strategies, surface treatments, cleanliness standards, and long-term durability considerations. Develop and review CAD models and complete technical data packages using CREO, SolidWorks, or equivalent tools; ensure design accuracy, manufacturability, and system-level integration. Author and approve technical specifications for piping systems, rack-level cooling infrastructure, and hydronic components, including installation guidelines, maintenance procedures, testing requirements, and compliance with applicable standards (ASME, ISO). Establish and oversee validation protocols including hydrostatic pressure testing, leak detection and mitigation, flow resistance analysis, and corrosion verification to ensure regulatory compliance and operational reliability. Evaluate customer design proposals and technical specifications to assess feasibility, manufacturability, cost, and risk; provide recommendations to optimize performance and total cost of ownership. Lead cross-functional design reviews with electrical, thermal, manufacturing, quality, and supply chain teams to ensure full system integration and compliance with product specifications and applicable plumbing and hydronic codes. Optimize rack manifold design and manufacturing processes, including machining, welding, surface finishing, connection interfaces, venting and draining strategies, and flow path optimization to enhance performance and manufacturability. Drive continuous improvement in manufacturing assembly methods and tooling in collaboration with production teams and equipment vendors to improve quality, scalability, and cost efficiency. Lead root cause investigations for complex mechanical failures identified during validation or field deployment and implement corrective design improvements. Provide technical leadership in vendor qualification and management for mechanical components and liquid cooling subsystems. Identify and mitigate technical risks impacting performance, schedule, or cost, and contribute to R&D initiatives advancing liquid cooling technologies and system innovation. MINIMUM QUALIFICATIONS Education: Bachelor's degree in Mechanical Engineering, Systems Engineering, or a related engineering discipline from an accredited university. Experience: 8 years' experience in mechanical design and integration of mission-critical systems. Proven track record of successful system designs and implementations in a relevant industry Strong understanding of mechanical systems, integration strategy, and system coordination Familiarity with industry standards and regulations related to Energy Storage Systems and Data Center Infrastructure is preferred. Excellent problem-solving skills and attention to detail Strong communication and teamwork abilities PREFERRED QUALIFICATIONS Master's Degree in Mechanical Engineering Professional Engineer (PE) License

Now offering $5,000 sign on bonuses for new hires joining Jabil as a new Manufacturing Engineering Technician We're expanding into a full 24/7 operation and are hiring across multiple roles and experience levels. Our 12 hour overnight shift is ideal for someone who enjoys a more independent work environment with more days off each week. You'll benefit from premium shift differentials, cross training opportunities, and the chance to shape processes on a growing team. If you're someone who prefers working nights or wants to maximize earning potential while enjoying a schedule with fewer total days giving you additional full days off during the week to spend with family, pursue hobbies, or rest, this could be a great fit for you. Currently hiring Technicians for the below shifts. Note:Based on the 2-week rotating shift pattern, employees will be scheduled to work 36 hours one week, and 48 hours on the alternate week. In this alternate week, employees will be receiving 8 hours of overtime, resulting in 16 hours of overtime pay in a month. Shift A- 6am to 6pm Week 1: Tuesday, Thursday, and Friday Week 2: Monday, Wednesday, Saturday and Sunday How will you make an impact! In this key Manufacturing Engineer Technician onsite role, you will perform preventative maintenance, calibration, change overs in Z-prep area and perform preventive maintenance for tooling (SMT & BE process) and other specialty support equipment used in the manufacturing process. Location: This role will be based on-site at one of our St. Petersburg Florida Facilities located in Seminole, FL specializing in Renewable Energy What will you do? Key Responsibilities Operate, monitor, and adjust SMT equipment while ensuring high quality and process stability. Perform setups, changeovers, and material verification for each process step. Conduct preventive and corrective maintenance on: Laser marking systems Glue dispensing machines (CAMALOT) Screen printers (DEK) SPI systems (KOH YOUNG) Pick & place machines (FUJI NXT, AIM) Reflow ovens (ITW/VITRONIC) Troubleshoot and resolve process issues related to solder paste printing, component placement, inspection, and reflow profiling. Create, modify, and optimize SMT programs (FUJI, CAMALOT, DEK, etc.). Document downtime, maintenance activities, root cause analysis, and improvements. Collaborate with Engineering, Quality, and Production to improve OEE, yields, CP/CPK, and reduce rework. Ensure compliance with safety standards, ESD controls, and manufacturing best practices. Cover overtime requirements as needed. How will you get here? Education and Experience: - Electronics Industry Experience - High School Diploma or GED preferred not required or equivalent - experience. - Six months of demonstrated experience, ideally 2 plus years. - Must have experience with at least one of the below: Laser marking systems Glue dispensing machines (CAMALOT) Screen printers (DEK) SPI systems (KOH YOUNG) Pick & place machines (FUJI NXT, AIM) Reflow ovens (ITW/VITRONIC) Why Join Jabil? Be part of a mission-critical team supporting Renewable Energy innovation. Gain hands-on experience with high-precision, advanced technologies. Work in a culture focused on quality, safety, and continuous improvement. Competitive compensation and a comprehensive benefits package.

Job Title: Sr. Principal Electrical Design Engineer Job Family: Electrical Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? Jabil has an exciting opportunity for a highly experienced and technically proficient Principal Electrical Engineer to engage in the design, fabrication, and integration of electrical systems for data center power and cooling products, as well as factory enablement projects. This role includes full-stack electrical design from generator systems to AI rack integration zones, with a focus on PDUs, UPS systems, MV/HV power distribution, phased power infrastructure, and controls architecture. The ideal candidate will bring deep technical expertise and a passion for delivering scalable, reliable, and compliant infrastructure solutions. The Sr. Principal Electrical Integration Engineer will manage and oversee the electrical systems essential for the data center, energy storage systems, and HVAC applications. This role will involve developing specifications, selecting key components, routing wires and cables, establishing connections, and transitioning design to manufacturing. Furthermore, the position includes leading test process implementation and ensuring equipment alignment to maintain the highest standards of operational excellence and reliability. What will you do? Product & System Design: Knowledge of high-efficiency power conversion and point-of-load regulation for AI/ML server racks (BBU, rPDU). Understanding of rack power zoning, load balancing, and redundancy strategies for tiered compute workloads. Ensure electrical systems are properly integrated into fabricated enclosures and structural assemblies. Lead the electrical design and integration of UPS systems, power conversion units, and safety interlocks. Develop and maintain single-line and three-line diagrams for power distribution systems, ensuring clarity, accuracy, and compliance with NEC, IEEE, and UL standards. Design and validate three-phase power systems, including load balancing, fault protection, and redundancy strategies for high-availability environments. Engineer and integrate medium-voltage (MV) and high-voltage (HV) power distribution components such as switchgear, transformers, busways, and protective relays. Specify and qualify electrical components including circuit breakers, contactors, CTs/PTs, surge protection devices, isolation switches for MV/HV applications and the design and development of wiring harnesses Factory & Facility Integration: Design end-to-end electrical distribution systems from generator and utility interface to AI rack integration zones. Coordinate with cross functional teams to ensure electrical infrastructure aligns with facility layout, safety codes, and operational requirements. Plan and implement power redundancy, load segmentation, and scalable distribution architectures to support high-density compute environments. Ensure proper grounding, EMI shielding, and thermal management across all facility-level electrical systems. Fabrication & Implementation: Define fabrication processes including panel building, cable routing, and system integration, ensuring manufacturability and serviceability. Perform electrical load calculations, short-circuit analysis, arc flash studies, and thermal modeling using tools such as ETAP, SKM PowerTools, or EasyPower. Lead design reviews, risk assessments, and validation testing to ensure compliance with UL, IEC, NEC, CE, RoHS, and REACH standards. Interface with suppliers and customers resolve fabrication and quality issues, and ensure adherence to specifications. Support prototype builds, field deployments, and customer engagements to gather feedback and refine designs. Controls Architecture: Develop and implement electrical controls architecture for power and cooling systems, including PLCs, SCADA integration, and remote monitoring capabilities. Define control logic, sensor integration, and communication protocols (e.g., Modbus, BACnet, SNMP) for intelligent power and cooling management. Collaborate with software and automation teams to ensure seamless integration of control systems with facility and product-level infrastructure. Validate control systems through simulation, testing, and commissioning to ensure reliability, safety, and responsiveness. Leadership & Documentation: Develop and maintain engineering documentation including BOMs, test procedures, and engineering change orders (ECOs). Mentor junior engineers and provide technical leadership across cross-functional teams. Drive continuous improvement initiatives focused on cost reduction, design for manufacturability (DFM), and product scalability How will you get here? Education: Bachelor's Degree in Electrical Engineering or related engineering discipline. Experience: 10+ years of experience in electrical design and fabrication, with a focus on data center or industrial power systems Proficiency in ECAD tools (AutoCAD Electrical, EPLAN, SolidWorks Electrical) and integration with mechanical CAD platforms Strong understanding of MV/HV power distribution, lithium-ion UPS systems, and three-phase electrical infrastructure Experience with electrical analysis tools (ETAP, SKM PowerTools, EasyPower) Proven experience in facility-level electrical design and construction support and Excellent leadership, communication, and cross-functional collaboration skills Knowledge, Skills, Abilities: Excellent interpersonal and communication skills Creative, self-motivated, accountable, and team-oriented Able to work independently with minimal oversight as part of a global team Proficient in reading, analyzing, and interpreting general business publications, professional journals, technical procedures, and government regulations Skilled in writing reports, business correspondence, and procedural guides Effective at presenting information and responding to management, clients, and public queries Capable of influencing others and sharing best practices while mentoring less experienced engineers Capable of assessing projects, articulating risks, and developing project milestones Familiar with stage-gate processes in project lifecycle management (PLCM) Excellent problem-solving skills and attention to detail Preferred Qualifications: Master's Degree in Electrical Engineering Active Professional Engineer (PE) license Experience with data center infrastructure: UPS systems, switchgear, CRAC units, and PDUs Familiarity with global compliance standards: UL, CE, RoHS, REACH, and IEEE. Hands-on experience with panel fabrication, wiring, and system integration Knowledge of thermal and mechanical constraints in electrical enclosure design and experience working with global suppliers and contract manufacturers Experience in WindChill and DevOps

SUMMARY The ME/IE Manager is the "site technology leader" of Jabil's manufacturing processes and systems, which is designed to deliver superior performance and operational efficiency. The ME/IE Manager supports Operation's business development effort with current and potential customers, and development / implementation of both site a global ME/IE strategies. Responsible for the establishment of optional manufacturing methods and processes for the organization's production lines. Lead and motivate a large group of Engineers whose primary responsibility is to define and implement complete manufacturing processes. Provides ongoing review of the effective utilization of equipment, production methods, equipment layout, personnel, and material flow. Provide exceptional support to customers, team members, and shareholders. ESSENTIAL DUTIES AND RESPONSIBILITIES include the following. Other duties may be assigned. LEADERSHIP AND MANAGEMENT RESPONSIBILITIES Recruitment and Retention: Recruit, interview and hire Industrial Engineers, Process, Manufacturing and Project Engineers. Communicate criteria to recruiters for Industrial Engineers, Process, Manufacturing and Project Engineer position candidates. Coach Industrial Engineering, Manufacturing and Process Engineering staff in the interviewing/hiring process. Monitor team member turnover; identify key factors that can be improved; make improvements. Employee and Team Development: Identify individual and team strengths and development needs on an ongoing basis. Create and/or validate training curriculum in area of responsibility. Coach and mentor Industrial Engineering staff to deliver excellence to every internal and external customer. Create and manage succession plans for Industrial & Manufacturing Engineering function. Performance Management: Establish clear measurable goals and objectives by which to determine individual and team results (i.e. operational metrics, results against project timelines, training documentation, attendance records, knowledge of operational roles and responsibilities, personal development goals). Solicit ongoing feedback from Workcell Manager (WCM), Business Unit Manager (BUM), peers and team member on team member's contribution to the Workcell team. Provide coaching and counseling to team member based on feedback. Express pride in staff and encourage them to feel good about their accomplishments. Perform team member evaluations professionally and on time. Drive individuals and the team to continuously improve in key operational metrics and the achievement of the organizational goals. Coordinate activities of large teams and keep them focused in times of crises. Ensure recognition and rewards are managed fairly and consistently in area of responsibility. Communication Provide communication forum for the exchange of ideas and information with the department. Organize verbal and written ideas clearly and use an appropriate business style. Ask questions; encourage input from team members Assess communication style of individual team members and adapt own communication style accordingly. FUNCTIONAL MANAGEMENT RESPONSIBILITIES Business Strategy and Direction: Know and understand Corporate, Campus and Global PE, IE, & ME tactical and strategic direction. Define, develop and implement a Process Engineering & Industrial Engineering strategy which contributes to the campus strategic directions. Develop an understanding of the Workcell business strategy as it pertains to Industrial & Process Engineering. Provide regular updates to BUM, WCM, and Operations Manager on the execution of the strategy. Manage technical support globally to sustain Corporate Intranet Site worldwide growth strategy as needed. Cost Management: Identify creative ways to reduce cost by streamlining processes and systems (i.e. modification of responsibilities or consolidation of tasks, elimination of non-value-added processes, or complete re-engineering of processes and systems). Utilize tools to monitor departmental cost and cost trends, striving continuously to improve value. Provide feedback to peers (BUMs, WCMs, Functional Managers (FMs) on cost and cost trends. Forecast Development and Accuracy: Prepare timely forecasts for the department. Compare forward forecast results to historical actual results for trend assessment and analysis. Anticipate future headcount requirements based on open Bays and projected business. TECHNICAL MANAGEMENT RESPONSIBILITIES Drive continuous improvement through trend reporting analysis and metrics management. Assess the adequacy of data gathering methods utilized by the workcells. Assure that procedures and work instructions are efficient and not redundant. Prepare quotes for new and potential customers. Forecast future requirements and technical trends to drive gear suppliers in their technology roadmap. Verify reconfiguration requirements and monitor line moves. Lead equipment evaluations. Assure measurement criteria meet all Jabil site requirements worldwide. Explore and monitor new processes and procedures to support customer's expanding requirements on cutting edge technology and product densification. Assist Project and Design Engineers with Design for Manufacturability issues. Assure that procedures and work instructions are efficient and not redundant. Utilize Jabil's Advanced Engineering group to ensure useful support to Jabil South. Establish new measurement systems if/where possible. Offer new ideas and suggestions for improvement. Identify and implement new practices and processes that are "best in field." Drive the concept of an IE being an "Integration Engineer" that ensures everything works smoothly to guarantee efficient and high quality processes that translate into high customer satisfaction and revenues for Jabil. Demonstrate a commitment to customer service; anticipate, meet, and exceed expectations by solving problems quickly and effectively; making customer issues a priority. Periodically "get down in the trenches" to rehabilitate troubled workcells or to help during product launch. Foster a "back to basics" mentality during these times. Lead by example; "walk the talk." Establish new measurement systems if/where possible. Exchange knowledge and information with other Jabil facilities to ensure best practices are shared throughout the Jabil organization. Ensure 100% adherence to all company policies and procedures (i.e. Health and Safety, Quality). Ensure all sensitive and confidential information is handled appropriately. Drive Lean Manufacturing in a consistent, structured manner throughout the campus. Adhere to all safety and health rules and regulations associated with this position and as directed by supervisor. Comply and follow all procedures within the company security policy. MINIMUM REQUIREMENTS Extensive knowledge of Manufacturing / Industrial Engineering philosophies and processes. Proven track record in communication, leadership, business analysis, process development, administration, and change management. Bachelor's degree preferred with 3-5 years of related experience in the electronics manufacturing industry; 2-3 years of supervisory experience or equivalent combination of education and experience.

Job Title: Principal Electrical Design Engineer Job Family: Electrical Design Engineering Organization: Data Center Infrastructure Team Location: Remote OR Austin, TX Requires up to 20% domestic and/or international travel (rare) How will you make an impact? We are seeking a highly experienced and innovative Principal Controls Engineer to lead the development, optimization and implementation of advanced control systems across critical infrastructure products and automation platforms. This role is critical to ensuring the performance, reliability, and scalability of critical systems, with a strong emphasis on data center infrastructure, power/energy management, and industrial automation. This role will involve designing and developing wiring harness systems, including schematic creation, harness architecture, panel layout, developing specifications, selecting key components, and transitioning design to manufacturing. Furthermore, the position includes leading test process implementation and ensuring equipment alignment to maintain the highest standards of operational excellence and reliability. What will you do? Define and own the control system architecture across multiple platforms, including PLCs, BMS, EPMS, and ATS systems, ensuring scalability, reliability, and maintainability. Develop detailed control system specifications, functional design documents, and interface definitions for all subsystems. Proficiency in PLC/SCADA programming, HMI development, and system integration with IT networks and facility equipment. Ability to read and create BOMs. visual aids, electrical schematics, control diagrams, and sequence of operations. Define control logic, sensor integration, and communication protocols (e.g., Modbus, BACnet, SNMP) for intelligent power and cooling management. Validate control systems through simulation, testing, and commissioning to ensure reliability, safety, and responsiveness. Experience with critical infrastructure systems: UPS, generators, switchgear, chillers, CRAC/CRAH units, fire suppression systems. Lead Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) for new projects and revisions. Drive the development of system-level simulations and digital twins to validate control strategies before deployment Architect integration strategies for control systems with enterprise platforms such as SCADA, CMMS, and cloud-based monitoring tools Establish design patterns and best practices for modular and reusable control logic across projects Lead root cause analysis and resolution of complex control system issues during commissioning and operations Evaluate emerging technologies and automation trends to continuously improve system performance and efficiency Develop and maintain documentation for system architecture, control logic, and operational procedures Collaborate with electrical, mechanical, software, and facilities engineering teams to ensure seamless integration of control systems with physical infrastructure Work closely with cross functional teams to align control system designs with business requirements, timelines, and operational constraints Facilitate design reviews, technical workshops, and cross-functional planning sessions to ensure alignment and transparency across engineering disciplines Support commissioning and field teams during deployment, troubleshooting, and optimization of control systems How will you get here? Education: Bachelor's Degree in Electrical Engineering or a relevant engineering discipline. Experience: 8+ years pf experience in control system design and implementation Deep expertise in the following: PLC programming (Allen-Bradley, Siemens, Schneider Electric) Building Management Systems (BMS) integration and optimization Electrical Power Monitoring Systems (EPMS/EDPM) for real-time energy analytics Automatic Transfer Switches (ATS) control and failover logic Strong proficiency in control theory, system modeling, and simulation tools (MATLAB/Simulink) Experience with industrial protocols (Modbus, BACnet, OPC UA, Ethernet/IP) Familiarity with NFPA, IEC, and ISO standards related to control systems and safety. Knowledge, Skills, Abilities: Excellent interpersonal and communication skills Creative, self-motivated, accountable, and team-oriented Able to work independently with minimal oversight as part of a global team Proficient in reading, analyzing, and interpreting general business publications, professional journals, technical procedures, and government regulations Skilled in writing reports, business correspondence, and procedural guides Effective at presenting information and responding to management, clients, and public queries Capable of influencing others and sharing best practices while mentoring less experienced engineers Capable of assessing projects, articulating risks, and developing project milestones Familiar with stage-gate processes in project lifecycle management (PLCM) Excellent problem-solving skills and attention to detail Experience in EPlan, WindChill, SolidWorks, and DevOps are a plus Experience with hyperscale or colocation data center environments Familiarity with low and medium-voltage systems Preferred Qualifications: Master's Degree in Electrical Engineering or a relevant engineering discipline Active Professional Engineer (PE) license Experience in mission-critical environments such as data centers, manufacturing, or energy systems. Experience with digital twin modeling and predictive maintenance strategies.

We are seeking a Lead Industrial Engineer to develop and implement efficient production methods and process controls for new and existing assembly operations. In this hands-on role, you will monitor assembly processes, troubleshoot issues, and drive quality improvements. You will serve as a technical expert on various manufacturing projects, introducing new technologies and establishing sustainable processes for long-term production. Your mission will be to ensure profitability, efficiency, adaptability, responsiveness, and high quality across all products and processes through continuous improvement initiatives. This position is part of the core team launching new manufacturing technologies at our production facility in Florence, KY. It is a fully on-site role, and relocation assistance is available for candidates who live more than 50 miles from the Florence area. The ideal candidate has experience in high-level assembly, testing, and integration of highly complex electronic hardware infrastructure. This is a senior individual contributor position, requiring someone who can collaborate cross-functionally in a fast-paced, high constraint environment to deliver data-driven process improvements. ESSENTIAL DUTIES AND RESPONSIBILITIES Develop and implement procedures for complex hardware assemblies to validate system integrity and maintain compliance with industry standards and customer quality specifications. This role is operationally focused, working closely with leads within Test Engineering and Quality Engineering to drive process test optimization, improvement and execution to plan. Improve manufacturability, reduce cycle times, and enhance reliability of complex server rack assemblies. Implement and optimize assembly processes to improve efficiency, reliability, safety, and sustainability. Identify and resolve bottlenecks or inefficiencies in production and workflows to maximize FPY, throughput, and quality. Support Business Development through assessing the needs of potential customers in conjunction with the Engineering Manager and Engineering Leads. Design, configure, and monitor process performance during both manufacturing and operational phases, ensuring processes run within specified parameters. Develop and maintain detailed process documentation, including work instructions, flow charts, and control plans for all critical processes. Implement process improvements to reduce energy consumption, minimize waste, and lower operational costs while maintaining quality standards. Monitor key process parameters to ensure compliance with operational thresholds and promptly address deviations. Analyze process data to identify trends, predict failures, and support preventive maintenance strategies for equipment and systems. Develop and manage a comprehensive maintenance plan for all process-related equipment and assets, ensuring high uptime and reliability. Conduct Critical-to-Quality (CTQ) analyses and risk assessments for all process steps to identify potential failure modes and quality improvement opportunities. Own the full lifecycle of process equipment, including selection, commissioning, monitoring performance, troubleshooting issues, and coordinating servicing or upgrades as needed. Support the commissioning and validation of new server rack systems and upgrades, ensuring they meet design specifications and integrate smoothly into production. Work closely with cross-functional teams (manufacturing, design, quality, and maintenance) and utilize data-driven insights to drive continuous process improvements and implement changes that enhance overall production performance. REQUIRED QUALIFICATIONS Education: Bachelor's Degree in Industrial Engineering, Mechanical Engineering, Industrial Automation, or a related engineering discipline. Experience: 8 years of transferrable experience in a process engineering, manufacturing engineering, or industrial engineering capacity within a manufacturing environment (with Bachelor's Degree) OR 6 years of transferrable experience in a process engineering, manufacturing engineering, or industrial engineering (with Master's Degree). Equivalent combinations of education, training, and relevant experience may be considered. Proven experience with complex system assembly in a manufacturing setting, ideally involving computer/server hardware or server rack infrastructure. Proficiency with process control systems, instrumentation, and various sensor technologies used in monitoring and automation. Demonstrated experience with DMAIC methodology, root cause analysis, and other continuous improvement tools/methodologies (Kaizen, 5-Why, FMEA). Excellent analytical skills, with strong communication and technical writing abilities for documenting processes and reporting results. Ability to influence cross-functional teams and stakeholders using data-driven insights to drive process changes and improvements. Proven ability to excel in a highly constrained, fast-paced production environment while managing multiple priorities and meeting deadlines. Hands-on mindset and teamwork orientation, with a willingness to be on the factory floor engaging directly with equipment and processes. PREFERRED QUALIFICATIONS Experience with assembly, testing, and integration of highly complex electronic hardware infrastructure. Certification in Six Sigma (Green Belt / Black Belt) or formal training in Lean Manufacturing principles. Experience with 3D CAD modeling tools (SolidWorks) for designing fixtures, layouts, or process equipment modifications. Familiarity with ISO 9001 quality management standards and related regulatory compliance requirements in a manufacturing setting. Familiarity with Building Management Systems (BMS) and Manufacturing Execution Systems (MES), especially as they relate to monitoring environmental controls and production processes. PHYSICAL DEMANDS The physical demands described here are representative of those required to successfully perform the essential functions of this job. The employee is frequently required to walk and may lift or carry PCs and test equipment weighing up to 50 lbs. Specific vision abilities required include close vision and extended use of computer monitor screens. WORK ENVIRONMENT The work environment characteristics described here are representative of those encountered while performing the essential functions of this job. The primary workstation is located on the manufacturing floor, with some time spent in an office setting. The noise level ranges from low to moderate. Required PPE in the manufacturing area includes: composite-toe shoes, hearing protection, protective eyewear, and an ESD vest. The manufacturing floor is modern, climate-controlled, and well-lit. COMPANY BENEFITS Medical, Dental, Prescription Drug, and Vision Insurance with HRA and HSA options 401K match Employee Stock Purchase Plan Paid Time Off Tuition Reimbursement Life, AD&D, and Disability Insurance Commuter Benefits Employee Assistance Program Pet Insurance Adoption Assistance Annual Merit Increases Community Volunteer Opportunities